Manufacture of glass articles



APPLICATION FILED IAN- I5| I9I9.

Patented 001. 11, 1921.

8 SHEETS-SHEET I.

R F. HALL.

MANUFACTURE OF GLASS ARTICLES.

APPLICATION FILED JAN. 15, 1919 1,393, 1 1s; Patented Oct. 11, 1921 8 SHEETS-SHEET 2.

R. F. HALL.

MANUFACTURE OF GLASS ARTICLES.

APPLICATION FILED JAN. 15, 1919.

1,393,118, Patented Oct. 11, 1921.

8 SHEI;IS-SHEET 3- R. F. HALL.

F'JIAMJFACTURE 0F GLASS ARTICLES.

APPLICATION mu) JAN. 15, 19 9.

8 SHEETSSHEET 4.

Patented Oct. 11, 1921 R. F. HALL.

MANUFACTURE OF GLASS ARTICLES. APPLICATION FILED JYAN. I5. 1919.

Patented Oct. 11, 1921.

8 SHEETS-SHEET 5.

III I. a!

(DR W 4/ /1 R. F. HALL.

MANUFACTURE OF GLASS ARTICLES,

APPLICATION FILED JAN. 15. 1919 21SHEETS-SHEE 6- Patented Oct. 11, 1921.

H. F. HALL.

MANUFACTURE OF GLASS ARTICLES.

APPLICATION FILED JAN-15,1919.

Patented Oct. 11, 1921.

8 SHEETS-SHEET 7- R. F. HALL.

MANUFACTURE OF GLASS ARTICLES.

APPLICATION FILED JAN. 15, 1919 1,393,118. Patented Oct. 1921.

8 SHEET 8 ET 8.

nonnnr FREDERICK HALL, or BIRMINGHAM, ENGLAND.

MANUFACTURE OF GLASS ARTICLES;

Specification of Letters Patent. Patented Oct. 11, 1921.

Application filed January 15, 1919. Serial No. 271,223.

To all whom it may concern Be it known that I, ROBERT FREDERICK HALL, a subject of the King of Urreat Britain andlreland, and residing at Ferndale, 45 Church road, Moseley, Birmingham, in the county of Warwick, En land, have invented certain new and useful mprovements in the Manufacture of Glass Articles, of which the following is a-specification. X This invention relates to machines for the manufacture of glass articles, and refers to a machine of the class in question which enables articles varying widely in nature and size to be produced in a more rapid and efficient manner than is the case with the apparatus at present in use. f u

In machines for forming glass articles by pressing alone, or by a combination of pressing and blowing, including the manufacture of narrow necked bottles, the parison is sometimes gathered by hand, sometimes by suction, and sometimes fed by a semi-automatic,

'means'fro n a flow. Some of the machines have single and some double circular tables, upon which the different molds are located,

' and the parison is naturally transferred by hand from one table to the other, where double tables are provided, that is from the parison molds on the one table, to the finishing molds on another table.

With this type of machine, the human ele- I 'ment forming the link between the different ,operations introduces the risk of delay and of the production of defective articles thus limiting theoutput of the machine, while the V questionof fatigue and skill adds a further determining factor; and the necessity of transferring the parison from one set of molds upon'one table to another set of molds upon another table'further introduces certain defects, such as undue cooling of the glass thus often producing inferior or defec- Although so'called turn-over machines have been proposed in which the transference of the pariso'mfrom the parison mold to the finishing mold. has been effected by purely mechanical means, these machines have also been found towork defectively in practice.

By my invention I overcome the objeo tionable features inthe previous machines in the manner hereinafter described.

According to my invention I provide upon a suitable framework, two endless chains, an upper and a lower chain passing around sprocket wheels or their equivalents The links of these chains are constituted by plates or platforms, and-the chains are so mounted and operated that the platforms on the up per andlower chains travel along during a portion of their course opposite'to and in "close proximity to one anothen- Each platform of one of the chains for instance the lower chain carries the parison and or finishing mold, and other associated parts, for manufacturing the glass article while the corresponding platform on the other chain carries the corresponding, portions of .the molds, the blowing device, the plungers, and other associated parts for assisting in the manufacture 'of the article. I

In the general way of carrying out my in; vention, I construct a machine in the form of an endless belt composed of a series of plates, each plate being hinged or linked to its corresponding plates, thus forming a chain of plates or platforms. This chain is caused to pass over suitably designed rollers or their equivalents so that when the two endsof the chain of plates are joined together and the end rollers are stretched apart from each other as far as they can be adjusted, a

taut horizontal, endless belt or chain of plates is produced, which can be made to jections or'depressions to engage into or with corresponding parts upon the individual plates or links,- andflthey' may be geared or. .drivenso as to cause the traveling series of platforms to synchronize with thespeed'of feed or flow of; the glass from the furnace,

Suitable-guides and supports are provided to prevent the horizontal platforms from sagging and also to resist the pressure that has tocome-upo them during the process and closing the molds or and other operations necessary dur-,

of pressing upo the like, mg the manufacture of the glass articles.

the, mediums, incooperation with'the side frames which carry the bearings for the rollers aroundwhich the endless chains of,

moving platforms travel, upon which are 10-,

gated suitable guides or projections, which act as cams-or rails to operate levers, elevate These guides or supports may also serve as the end of'its horizontal or depress plungers, apply and remove blowing covers or other parts, and effect any other required operations which can be effected as the moving platforms pass the stationary cams, projections, rails, guides or'the like.

The stationary parts may also operation electric contacts may be operated by suitably arranged contacting projections located upon the traveling and the fixed parts, for bringing suitable electrically operated devices into action. I

Each of .the platforms is arranged to carry uponit a finishing mold and its associated parts.

The mold a bottom, so that a parison mold ma be pushed u through a hole in the plat orm and with rawn when the parison is formed by the pressing operation, and a false bottom maybe slid into place so as to complete cause the the finishing mold, in which the blowing operation is then performed and the article completed.

When the traveling platform arrives at travel and turns over upon the :roller or rollers at the end,

it may open the mold automatically so as todischarge the finished article. The mold then returns, empty on the underside, where it is cooled by suitable means during the return journey.

As it mounts up around the rollers at the other endlt -receives the so called gob or mass of molten glass, suitable .means being added for insuring pass into and be retained in the mold. The mold then reaches the upper horizontal path of travel and passes through the various processes, the article being delivered as before described as the mold passes around the roller or rollers at the other end previous to its return journey on the underside.

Elevated above the top side or upper horizontal platform carrying the molds, and preferably coming within the before mentioned wide frames, are another pair of rollers or their equivalents and another endless chain of corresponding platforms and these two rollers are geared into or connected tothe bottom rollers so that the two separate endless chains of platforms in any particular unit or series, are synchronized and travel in fixedrelation to each other. g

The upper traveling platform operates from the bottom and carries mounted upon each platform the punch-used for pressing the parisonfand for blowing after pressing,

article is required without blowing.

The up and down action of the punch and the operations of the valves and other parts,

are effected, in the preferred case by means open or close molds,

associated rate traveling platforms may of valve levers or plungers or 'upon1 each may in some cases be'without as a result, so long as that the glass shall more clearly understood, I

horizontal plane oftravel or it may simply carry a'pressing'apparatus when a pressed ofstationary guides, rails cams or the like, i

as previously described,- with reference to the lower platform. a

The number of molds and corresponding parts upon each of the two sepa J be as many as desired, and the number ,ma be equal of the associated end ess chains, or the top chain may be geared to the lower chain in such a way as to permit of one punch or one set of associated upper chain serving two or three suitably located sets of associated parts upon the.

lower chain.

When the machine glass furnace and supplied from a flow the.

mechanism regulating or cutting off the goll of glass will give a bigger gob of glass and the smaller one by simultaneously allowinga longer or shorter interval of flow between the cutting off of the gob.

I prefer to rovide an independent means parts upon. the

is set up against the I may be so geared to the machine that the slowing down of the machine quickening of the speed of the machine a r of separate ad ustment in addition, for regulatingthe'supply of glass to the mold, and

articles of the same pressed work and weight are required,

may be produced pressed and blown work ,onmy machine in a continuous series from a continuous flow without the introduction, hitherto necessary of a complicated system of intermittently operating apparatus rrfor delivery and the inevitable missing of gobs leading to the production of cullet or waste. i

In order that my said invention maybe will now proceed to describe the same with reference to the drawings, accompanying this specification, which show by way of example one method of constructing a machine according to my said invention for the production of wide mouthed glass jars and a-mod1iied form of the machine for the production of narrow necked bottles.

and l -are diagrammatic fragmentary views which taken together constitute a complete side elevation with portions in section of a machine made according. to

Figs. 1

the invention for the manufacture of bottles or jars with wide mouths.

Fig. 1 's a. similar view on an enlarged scale showing the three central elements to illustrate the cooperation of the parts.

*Fig. 2 is a transverse section in a plane, transverse to the machine and taken between portions V and VI looking toward the right in Figs. 1 and. 1 i v Fig. 3 is a fragmentar diagrammatic sectional side elevation of t ree codperating elements in a modified form of the machine for the manufacture of bottles with narrow necks.

I a I I l I Fig. 4 1s a transverse. section of the machine fitted with this form of mechanism' for manufacturing 7 bottles with narrow necks.

Fig. 5 is 'a vertical section and 6 a plan of the device for feeding the compressed air to the blowing head.

Fig. 7 is a plan of three links of the chain to illustrate the arrangement of the finishing molds and bottom molds.

Figs. 8; and 9'are diagrammatic plans of two cam plates for use in connection with the blowing apparatus as hereinafter explained.

. The same symbols of reference are employed to denote the same parts in all the views.

The machine is supported upon a rectangular framework comprising longitudinal members a connected by transverse members (L This framework is provided with bearings?) through which pass the axles c carrying the ordinary running wheels cl so that the machine can be easily moved to and away from the working position upon the rails e. Suitably bolted to the. lower framework a, a are the side frameworks j, which have been largely omitted" in the drawings, in order to facilitate the showing of the inner parts, but these frameworks are of any suitable character for supporting the endless chains and associated parts.

Suitably mounted at the lower part of the prineipal framework aretwo pairs of large sprocket wheels g, g provided with projecting teeth 9 The loWer chain is mounted so as to be rotated by the wheels 9.

This chain consists in the present case of plates h, provided with pivotal connections consisting of rods M, to which the plates h are hinged, the ends of the rods h projecting somewhat at h and traveling in guide channels f onthe insides of the side frameworks 7'' in order to guide the chain in itspassage and to support the plate 72. when pressure is brought u on it. a The plates it have olted to them the finishing molds These finishing molds are provided with outwardly projecting lugs through which pass the bolts k the.arrangemerit being such that the bottom of the mold is supported by means'of distance sleeves or p the like at some little-distance above the upper surface of the plate It.

Theplate h is provided at the center with a circular hole, somewhat larger than the fitted a bush m.

Slidable through this bush is the parison mold p',.which is adapted to slide" up into and fit loosely within the finishing mold is bottom of the moldfa'nd within this hole is or -to withdrawn from the interior thereof. r j

The mold p is provided with an extension ']0 and sothat when in position below the tubes 4.

p; which is provided with a circular recess in which works a plunger 2 a compression spring being interposed between the in-' nor end of theplunger p and the bottom of the recess in the extension p The end of the plunger p is squared at p andthis portion carries pulleys or rollers 19 which roll between rails 71, these rails forming a camway by means of which the parison mold p can be pushed up into or withdrawn from the interior of the finishing mold k, as hereinafter more fully explained.

s is the bottom mold. This is mounted so that it is oscillatable upon one of the bolts finishing mold in; a projecting lug or the like opposite to the pivot comes against the o posite bolt is? and holds the mold a in t e correct position in register with the bottom of the mold is. It is also mounted so that it "can slide upward for a short distance on the pivot 72 so that the slightly convex portion of thetop of the mold is enabled to pass and so that a tight joint is made when pressure is brought to bear upon the underside of the molds.

In addition the mold bottom 8 is provided .with a projecting arm or the like between which and a stop at carried bythe plate It is.

a compression spring 25 'which tends to keep the'bottom plate or mold s in the open position. Coiiperatidg with the extension. on the mold s is one end of a bell crank lever w, the other end of which to carries a pulley w kept normallyin contact with a rail 'w constituting a .camway, which is so shaped that at the requiredtime the bottom mold s is pushedaround against the tension of the spring t and brought into position beneath the mold is, see Fig. 7, while at other times 05 the bottom mold s is pushed out of'the way,

the cam part being so shaped that the compression spr'in t is enabled to act.

' Having dea t with the principal devices in connection 'With the lower chain of plates, I .will now proceed to consider the upper chain of plates and the mechanisms carried thereby;

1 The upper chain of plates is'oarried aiid operated by sprocket wheels 9 provided with '11:

teeth g similar in character to those driving the-lower chain. I f k h .are the" plates,- which are pivotally connected as explained with regard to the other chain by means ofrods h to which they are The outer faces of the tubes 4are slotted for some distance at 5.

pin projecting through the slots 5 and furnished at the end with a pulley or roller 7 8 is a. spring at the bottom of the tube 4 tending to push the'rod 5 and consequently the roller 7 so that it tends to come into contact Fig. 2 that the plate with, the inner rail of two rails r forming a looped cam path the object ofthe whole construction being-to slide'the sleeve to a'certain extent through the bush '2, a certain amount of resiliency beingallowed by the springs'8. a 4

It will be seen from the left hand side of tubular channel h-i having a downwardly turned. orifice at If, and that the tubular channel it corresponds with a perforation h in the bush 2. v

The sleeve 3 is also provided with a perforation 10 which in, a certain position, as

shown at Fig. 2, corresponds with the perfo-.-

ration. j

Sliding within the sleeve 3 is a rodor core 11. This rod 11 is provided'withan' extension at 12, upon which slides a short sleeve 13. 14 is a compression .spring interposed be tween a shoulder onthe rod or core 11 and the sleeve 13. The sleeve 13 .is provided at' each side' with pulleys 15working-between; .cam rails 16. V .7 V

The other ends of the rod or core 11 is'provided with a large perforation 17 extending axially up the rod and having a side opening the hole 10 in one position of the rod 11, as shown at Fig. 2.

The extremity of the perforation 17 forms a v valve seating for a valve 19 the stem 20 of which passes up through the perforation 17 and a smaller perforation forming a continuation thereof to the other end of the rod or core 11. The rod 20 is provided with a nut 21, between which and the end of the rod'or extension thereof 12 is a compression spring 2 Pivotally connected to the flange on the sleeve 3, by means of links 21 are the halves '25 of the neck or ring mold. These are so connected to the flange 23, that when they come. into contact with the top of the finishing mold they are pressed inward, until they form a complete ring, suitable for molding the top of the neck of the bottle.

I will now proceed to describe the general operation of the machine, leaving the particular method of supplying the blowing air, illustrated in the drawing, to be described hereafter.

- It will be observed that the number of plates on the upper chain is smaller than that on the lower chain; I prefer that the number' of plates on the lower chain shall be a multiple of'th number of plates on the up Slidablein each of I the tubes 4 is a rod 6 carrying a projecting gearing so that they move synchronously k is provided with a" side ofthe plate 3,

either continuously orwith an intermittent or step by step or graduating movement, whereby the motion of the links can be accelerated and retarded to meet the requirements of glass delivery in a clockwise direction and the upper chain passing around the left hand sprocket wheel in a contraclockwise direction.

. It will be seen that as the plateson the lower chain rise the finishing mold comes faround until it reaches the position I Fig. 1 In this position the parison mold p is pushed up by the rod p which'in turn is pushed up from the rail 1', and jecting up in the middle of the finishing mold k. When the machine reaches or stops in this position a suitable charge of glass is supplied through the shoot S. into the mold.

the parison mold is pro- At the next movement of the machine, the

rollers 7 cause the sleeve 3 to slide downward bringing the head down toward the corresponding finishing mold is.

As the parts travel along to the next position IV, the core 11 is forced downward,

Iforcing down the lower end and the valve 19 and at the same time the neck mold 25 has the parts closed around the top of the parison mold,

the result being that the molten glass as shown in position IV is forced up around the lower end of the rod or'plunger into the neck mold.

Furthermore, as the machine moves the parts from III to IV, the upper rail 1 which curves downward causes the rod or plunger p to movedownward allowing the parison edge is below the general level of the upper surface of the plate 72.. Just after this the bell crank lever w is operated from the roller w so that the bottom plate or mold s-is swung around and 'comes below the mold is, just after this the parison mold P is pushed slightly upward, coming against the underand causing a tight joint to be made between the bottom of the mold is and the bottom mold 8.

When the apparatus is in the position IV the plunger 11 rises but the valve 19 is slightly protruded and blowing air is admold k.

The apparatus then moves into the position V and asit approaches .this posi ionthe mitted blowing the bottle or the like in the -mold P to'drop downward until its upper The chain then-proceeds through position,

VI where the bottom 8 has practically moved from beneath the mold, and when it reaches the position VI the parison moldP begins to push upward uponthe bottom of the jar or bottle. This operation continues until as will be seen in the position VII, the article is being pushed out of the mold-and finally shortly after the apparatus reaches the position VIII the finished article is pushed out and discharged on to a conveyer 26 from whence it may be conducted to the leer or annealing oven.

. The operation continues in this way, the finished article being delivered with great rapidity as each head moves away and the corresponding finishing mold comes opposite the conveyer,

I will now examine the method which I employ for conducting the blowing air to each head in the upper chain, as. it comes into the blowing position.

It will be remembered that eachof the upper plates k is provided with a channel ktwhich is adapted, when blowing is to I take place to communicate through the aper-.

propose to consider how tures 10 and 18 and past the valve 19 with the interior of the article to be blown. Inow' the air is supplied to the aperture h Mounted at the side of the framework, so that it is rotatable about a vertical axis is the device by means of which the air is fed to each moving head in succession. This device comprises a central tubular column 27 near the top of which. are mounted so as to rotate thereon, four tubular sleeves 28, at right angles to one another so as to form a cross, see Fig. 6. 29 are inner sleeves which are adapted to register in successionnwith an the sleeves 28 and'29.

32. Carried at the opening 30 at the side of the tubular column 27.

- It will be seen that a s ace is left between lidable within this space but normally pressed outward by means of compression springs 31 is a sleeve end of each of the sleeves 32 is a vertical tube 33, provided with a month piece34 at the top and closed at the bottom, where it is provided with a conical roller 35; The inner portion of the tube 33 communicates with the interior of the sleeve 29, so that the air passing up the vertical column 27 can pass along the arm and into the mouth piece 34 along the sleeve 29. v

On the-underside of each late is mounted a projecting device 711 see 1g. fifwhich is drawn'downward, al-

adapted to engage with the roller 35, and to draw it and the 'correspondiiigarm along, as the plate k travels. This projecting device 71- is provided with a beveled portion which causes a vertically upward push to be communicated tothe tube 33, thusmaking a tight air seal, betweenthe mouth piece and the aperture 72.". As the plate continues to travel the mouthpiece 34 is kept in the right position by the tube 32 telescoping inward against the outw spring 31:

In order to cause this motion to take place in the correct manner, I provide mounted fixedly upon the framework a cam 36, which is shown in plan at Fig. 8. This cam is pro: vided with a straight portion at 37, which is parallel with the line of direction of travel of the chain, see Figs. 5 and 6. Each of the tubes 32 is provided with a fitting 38,- projecting through a slot at the bottom'of the arm 28, and carrying a roller 39 working in the"camway- 36, so that as'the arms of the device are drawn around, the mouthpiece is kept in the correct position to register with the holes 715. 1

With this arrangement it will be seen that each of the projections -72] will draw along the corresponding. arm for a and then leave it. In practice this would occur before the: next arm was in a position to be engaged by the next following projection [23,

rd push of the compression-- a certain distance and to obviate this difliculty I provide means for causing the whole device to be rotated throu h a certain amount of. arc each time that-t e projection it releases the previous 'arm, in order to bring the next arm within the path of the next projection h.

To effect this with the apparatus under consideration, I mount, so'as to rotate with the part of the fitting a cam 40, shown detached at Fig. 9. This cam is so set that the steeply inclined, portiqns are brought to a certain position, each time it is required to give the device a forward rotary push to bring the next arm into the position to be picked up.

To effect this push, the device shown 1n Figs. 5 and 6 is provided. This consists of a roller 41, carried at the ends of a rod 42 mounted in a fitting 43 and pressed toward the axis of rotation ofthe cam by a compression spring 44. As soon as the roller 41 passes one of the noses 45. of the cam the roller travels along the steep slope and pushes the device through an amount of arc as may be required. v

Fig. 3 is a diagrammatic sectionillustrating three cooperating elements of a machine method constructed according to a modified machine is provided as before with a bushm, through carrying the arms 28 production of narrow son mold itself is in which are controlled from a sleeve 1) from deeper A As the machine passes on scribed are merely given by way of sirable.

a camway, a buffering spring 1) being interposed.

The construction of the partsbarried by,

h is substantially the same as that already desoribd,fthe halves 25 of the neck mold being however considerably than .those used in the other case.

this, construction the glass is fed the upper plate With into the open parison mold as previously explained in a positionprevio'us to that 1n which it is shown 1n'Fig.-3; In the position H which corresponds to the position of the inechanism shown at H, in Fig. 1 the parison mold P is at the top of its stroke inside the finishing mold is and the halves of the neck mold25 have it. V, c As the machine moves on to "the position Ull the inner rod 12 is pushed up.( This forces up the'glass into the neck mold' and around the plunger. v

to-Tthe position lV the parison mold p and the plunger 32 are both drawn down through the plate h, but thevmovement of these parts is so relatively timed that there is a certain stripping action, the rod pushing the parison out of the mold! As soon as the parison mold p and the plunger 11 have passed down, the bottom mold s is turned into 'po-- l gl 7c and is pushed upand the. other operations'follow in sequence as already described with the other formof the machine.

It will be understood that the methods of constructing the machine hereinbefore deexample, as the construction may be varied largely ing from the principle of my invention.

It will be understood that although the apparatus has 'to horizontal chains, the ranged in other positions wherefound de- For instance, the chains may be so arranged that the articles are carried up or down an inclined path during the course of manufacture.

What I claim and desire to secure by Let- I ters Patent of the United States of America 1s:- a v v 1. A machine for the manufacture of blown glass articles comprising two endless.

carriers,

'heads, a SBIIQS' of codperating I finishing ,chronism with supports been closed down around support,

to suit requirement without departg.

been desoribedwith reference chainsmay be arendless carrier, and means one above the otherand arranged to move in opposite directions, one of said carriers having a series of blowing heads and associated parts and the other carrier having a series of cooperating molds;

2. A machine for the manufacture of blown glass articles comprising two endless carriers, one disposed abovethe other and arranged to move in opposite directions, one of said carriers having a series of blow heads arranged'thereon, means for controlling the admission of air tothe blow heads, means for effecting the actuation of the blow molds on the lower carrler, and parison molds on the lower carrier cooperating with the finishing molds and blow heads.

= 3. A machine for the manufacture of glass articles, comprising a framefa pairof endless carriers formed of a plurality of-co'ns5 'nected supports carried in the frame in such manner that the supports of one carrier will be positioned opposite to and move in synv of the-other during a portion of the travel of the carriers, a finishing mold on each support of one carrier, a parison mold adapted to operate through the bottom of the finishing mold, means for automatically operating the pari-' son mold, upper m ld sections on' each supporting section of the other carrier and adapted to cooperate "with the finishing molds during a portion of the travel of the carriers, and means for moving the upper mold sections into operative relation withthe finishing molds when a supporting section of each carrier is opposite.

, 4:. A machine for the manufacture of glass articles comprising a frame, a pair of end less carriers formed of a plurality of connected supports :carried in the'frame in such manner that the. supports of one carrier will 7 be positioned opposite to and move in synchronism with supports of the other dur ing a portion of the travel ofthe carriers, a finishing mold open at each end on each support of one carrier and? having the bottom-thereof .securedin spaced relation to the a laterally swinging bottom plate movable beneath thefinishing mold, means for automatically operating said bottom plate at the proper positions during the I travel of the carrier, a parison mold adapted to reciprocate through the bottom. of the finishing mold, means for effecting the reciprocation of the parison mold when the bottomof the. finishing mold is open, upper mold sections on each support of the other p for moving the upperold section into. operative relation with the finishing mold during a portion of the "travel when as ort of each carrier is oppositem Y L v 5. machine for the manufacture of glass articles comprising aframe,

a pair of end- 1 with tions articles comprising a less carriersformed ofa'plurality of con- 'n'ected' supports carried in the frame in such manner that the supports of one carrier will be positioned opposite to and movein synchronism with the supports of the other during a portion of the travel of the carriers, a finishing mold on each support of one c'arrler,

and means for admitting air under pressure to each upper mold section in succession as they are brought into operative relation with the finishing mold.

6. A machine for themanufacture of glass less carriers formed of a plurality rof iconnected supports carried in theicframe in such manner that thesupports of the one carrier will be positioned opposite to andmov in operative re ation;

ing the. bottom of the for automatically-operating the parison mold, upper mold sections on each supporting sec- .synchronism with the supports of the other during a portion of the travel of the carriers,- a finishing mold on each support of one cal" rier, a parison mold adapted to operate finishing mold, losing and openmeans for automatically finishing mold, means tion of the other 'ca'rpierandf having blowing means in connection therewith, means for moving-the upper mold into operative j relation molds during a portion a suppo'rtzof each carrier is opposite, automatic means 'inthe parison mold for pressing material into when the up er mold section first moves into and means-for admitting air underpressure supported in other, said carriers-having their opposite to each mold section successively during the time theupper'mold sections are in operative relation'with the finishing molds.

7. Amachine for the manufacture of glass articles comprising a supporting frame, an upper and a lower elongated endless carrier theframe and parallel to each faces in proximity to each others during a portion of the travel, means "for concomitantly. moving said carriers'in opposite directions whereby the opposed faces move together throughout a portion of their travel,

a series of molding devices on the lower carrier comprising parison and finishing molds, a series of upper mold sections on the upper carrier and ada other, said carriers SlClBS 1n frame, a pair 'of endsections successively 'with the; finishing of the travel when the upper mold section with the finishinglmold,

,in succession,

pted to cooperate with the finishing and parison molds, and automatic. means for operating the parison molds and. upper mold sections for forming glass articles during the portion of travel when the" finishing and upper mold sectionsare moved together in opposed relation. 8. A machine for the manufacture of glass articles comprising a supporting frame, an

upper and a lower elongated endless carrier supported in theframe and parallel to each having their opposite each other, means for said carriers'in oppothe opposed faces proximity to concomitantly moving site directions whereb move together throughout a portion of their travel, a series 'of finishing molds on the lower carrier, parison molds reciprocable through the bottom of each finishing mold, a cam for'reciprocatingeach parison mold, an endless cam path in the frame for effecting the operation of said cams, a series of upper mold sections adapted to. cooperate with the finishing, molds during the portion oftravel when they are opposed, a cam carried by each upper mold section for bringing it into operative relation with the finishing molds. and an endless stationary cam path for effecting the movement of the upper mold sections.

9.; A- machine for the manufacture of blown glass articles comprising a frame having two? parallel elongated supporting carriers therein, and means for moving the carriers in synchronism in opposite directions, said carriers having their opposed faces inclose proximity to each other, a series of lower mold sections on the lower carrier, corresponding. mold sections on the upper carrier and adaptedto cooperate with those on the 1 er carrier, air conduits leading into the upper mold sections, means for moving the upper. mold sections intooperativerelation with the lower molds during a portion of the travel of the carriers when the 'mold'sections are opposite and in close proximity, means adapted to travel parallel with the'upper mold sections o'nly during the time ,the, upper sections are in operative-relation 115 with the finishing: molds for delivering air under pressure, to the upper moldfsections and cam mechanism for effecting the operation of the air delivery 10. machine for the. manufacture of' glass articles comprising aframe, sprockets 1n the frame, upper and lower elongated parallel carriers in the frame, said carriers comprising a supporting plates, said carriers having their opposed faces-in proximity to each other; means for moving the upper andlower carriers in synchronism in opposite directions in such manner that each upper supporting plate will move opposite a corresponding plurality of interconnected lower supporting plate during "a, portion of to eject molded, articles, said means eating 10 the travel of the carriers, finishing molds on at other, times to hold'the' parison m rethe lower plates, parison. molds adapted to tracted position.

reciprocate into and out of the finishing; In t stimony whereof I aflix my signature mold, neck fo rming molds adapted (to in presence of two Witnesses.

cooperate with the finishing molds While ROBERT FREDERICK HALL. Q

they are opposite ea ch'other, and means for Witnesses: reciprocating the par'ison mold into the fin- G. C. SALSBURY, ishing mold to receive the molten glass and FLORRIE SMITH. 

